By Leonard Uhr, Werner Rheinboldt
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Additional resources for Algorithm-Structured Computer Arrays and Networks. Architectures and Processes for Images, Percepts, Models, Information
But a number of parallel capabilities are often built into the traditional serial computer. This section briefly examines the parallel aspects of serial computers. Parallel Hardware in the CPU's Special-Purpose Processors From the beginning, computers have been given a good bit of parallel capability within their individual components. Thus a whole "word" is input, output, fetched, and stored by using parallel input —output lines. ) The CPU is made of a number of individual processors, each using the most appropriate, fastest (and therefore often highly parallel) hardware design.
All these factors (plus the fact that this was not the purpose of the ARPANET) mean that a single program is never run on several of the computers at the same time, all processors working in parallel, in order to speed up execution (see Fig. 10). Menlo Park SRI IMP Palo Stanford Berkeley IMP MIT IMP Cambridge I Alto Fig. 10 IMP An example fragment of an ARPANET-type network. 32 1 Conventional and Distributed Computers The major problems addressed by the ARPANET development are of an entirely different sort: how can messages be routed over a network of 20, 40, or even more computers spread over thousands of miles?
And parts of Europe, and (b) the ETHERNET of small personal computers, one in each user's office, connected for purposes of electronic mail and other kinds of message sending, group use of large databases, and to share such expensive resources as large mass memories and input —output devices. S. Department of Defense to interconnect the large computers at a number of universities and research organizations around the United States, along with several in Europe. This was desirable for several reasons: It allows researchers to interact with one another, sending mail, accessing and reading one another's working drafts of papers, engaging in on-going (typed) "conversations," etc.
Algorithm-Structured Computer Arrays and Networks. Architectures and Processes for Images, Percepts, Models, Information by Leonard Uhr, Werner Rheinboldt